Recording device



J. W. ERYCE RECORDING DEVICE Filed June 30, 1939 6 SheeLs-Sheet l I NVENTOR" mga AT'RNEY- May 5g 1942. .1. w. BRYCE 2,282,029

RECORDING DEVICE Filed June 30, 1959 e sheets-sheet 2 F IGA.

Nlay 5, 1942. 1. W, BRYCE 2,282,029

RECORDING DEVICE ATTORN EY1 May 5, 1942. J. W. BRYCE l y 2,282,029

RECORDING DEVICE Filed June 30, 1959 s Smets-sheet 4 r32\ :la: 2' ,36 IEIEIIEIEI XY TRUST CD :Z9N 56-32; l k 1 3 l e ABE; TRUST CGMPANY Izzi-47 Mw YURK'mQg-Jg/ 1952 7a4: :.Oo QOOOOOO D N Q 00 0000000000001 R'iw g/ ,B $32 0000000000000000? Lig-@DOLLARS 00000000000000003 v 000000000000000'04 '2g 00000000000000005 0 M ,30 0000000000000000 1 y I 00000000000000000 000000000000000 s a 6 Sheets-Sheet 5 vFiled June 30, 1959 FIGS.

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VENTOR- ATTORNEY- May 5, 1942- J. w. BRYcE 2,282,029

RECORDING DEVICE l @Mm/fg ATTORNEY Patented May `19l4vf2A RECORDING DEVICE James W. Bryce, Glen Ridge, N. J., alslgnor to International Business Machines Corporation, New York, N. VY., a corporation o! New York' Application June 30,

Claims.

This invention relates 'to a recording device and more particularly to a device for preparing a color photographic lm record of statistical information or data wherein the different data representations may be represented in diilerent colors.

More specically, the invention relates to a data photographic device for providing photographic records of data representations and in which the data representations are formed in different colors, said photographic device being un- 1 der control of a statistical machine controlled by item entry means. I

The photographic film records which are prepared by the device which device forms the subject matter of the present application are adapted for use in other machines for controlling the statistical and accounting operations on the said machines. In order for the film records to be effective as controlling elements in statistical machines they are provided with differentially positioned control marks or spots which by their relative positions, in the diii'erent columnar areas, on the film record denote the values of the data represented thereby. In the instant application not only are the differentially' positioned spots formed in accordance with the data which they represent but in addition thereto predetermined color values are imparted to the said spots which are formed so that upon development of the illm record formed by the device a record is produced which is provided with differently positioned colored data representations. The records per se .lust referred to are described and claimed in copending application Serial No. 282,209, flied June 30, 1939, and a suitable machine for utilizing these control records is described and claimed in copending application Serial No. 282,- 207, filed June 30, 1939.l

In the particular embodiment of the present invention item entry means such as control keys are provided for controlling the operations of an accounting section of the device comprising adding and printing mechanism; also under control of the keysand operated by the printing mechanism are displaceable members which are differentially set in accordance with the value of the data entered in the accounting section by depression of the control keys and the positioning of the associated printing members. Manipulative means areA also provided for controlling the selection of the color values of the exposed sections of the displaceable members-so that upon operation of the photographie recording means the data representations are recorded upon the 1939, sensi No. 282,204

(ci. :i5-4.5)

film recordsl in different predetermined colors.

Accordingly, an object of the present invention resides in the provision of means for recording statistical data in the form of difieren- 5 tially positioned control marks upon film records in different colors.

Another object of the present invention is the provision of means for recording photographically the statistical infomation created by data representing elements which indicate the values of the statistical data and for imparting diilerent color values selectively to the data-representing elements thereby determining the color of the data representations recorded on the lm record.

Another object of this invention is the provision of means for recording photographically the diierential positions of displaceable elements which by their different positions represent the values ofthe data to be recorded and for controlling the exposure of certain colored sections of the said elements when placed in their different positions.

Another object is the provision of means for recording photographically the differential positions of displaceable elements, the displacement of which is under control of the account section, which elements by their different positions represent the values of the data to be recorded and for selecting predetermined color values so that the positioned elements indicate the data represented thereby in the different selected colors.

Other objects of the invention will be pointed out in the following description and claims and 35 illustrated in the accompanying drawings, which disclose, by way of example, the principle of the invention and the best mode. which has beenstantially a vertical sectional view of the recording section of the machine.

Fig. 3 is a detail sectional view taken substantially on line 3 3 of Fig. 2 and shows the driving means and clutches for the film drive and the shutter device of the camera.

Fig. 4 is a detail sectional view of certain parts shown in Fig. 3, the section being taken substantially on line 4 4 of Fig. 3.

Fig. 5 is another detail view taken substantially on line 5-5 of Fig. 3.

Fig. 6 is a sectional plan view of a part of the photographic recording section of the machine, the view being taken substantially on line 0--6 of Fig. 2. This view shows a check in position on the bed and also shows the recording elements for recording numerical information.

Fig. 7 is a detail sectional view taken substantially on line 'I-l of Fig. 6 and shows the manner in which a numerical slide cooperates with the mask element.

Fig. 8 is a transverse sectional view of this part of the machine taken substantially on line 0--0 of Fig. 6.

Fig. 8a is a detail view of the steel strip guide groove.

Fig. 9 is a detail view of certain parts atthe right hand side of the adding machine within the case, the view being taken substantially on line 9-9 of Fig. l and looking in the direction of the arrows.

Fig. 10 is a circuit diagram of the machine which forms one embodiment of the invention.

Fig. 11 is a fragmentary section of a portion of the film which is produced showing recorded data thereon and wherein the data representations are formed in dinerent colors.

Fig. 12 is a detail view of the differently colored sections of the displaceable members.

Fig. 13 is a partial sectional view along line |2-I2 of Fig. 2a.

Before describing the details of the structure of the machine, a brief description will be given of the operations which the machine is intended to perform. 'I'he present machine incorporates item entry means such as a keyboard entry section shown as an adding machine of known type which is arranged for printing items, taking totals, sub-totals and transfer totals, etc. Associated withv the adding machine is a photographic recording device which is arranged to record on a. color nlm the numerical data entered into the adding machine and the total data derived by the adding machine. For each entry into the adding machine and for each total printed by the adding machine on the usual adding machine tape a record is made of representations upon a color film in the form of colored areas or spots which by their relative location to each other on the nlm represent the numerical data entered or totaled by the adding machine. Provision is also made in the photographic recording section for recording photographically when desired, a reproduction of a check or other document. Such check or like document canbe photographed on the lm in juxtaposition to numerical data records derived from the adding machine.' Provision is also made for photographier ily recording a serial .number which is representative of the number of the particular photographic record. Provision is also made for photographically recording hand set up numerical data which may be representative of dates or other information. In the photographic recording section provision is also made for recording the kind of total taken by the adding machine, for example,v sub-totals, grand totals, transfer totals, etc.

Referring now to Figs. 1 and2a, the adding machine which is used to illustrate a suitable typeV of keyboard controlled machine is here shown as a machine of the well known Burroughs type. The adding machine proper and here illustrated, is the adding and listing machine shown and described in the U. S. patent to Vincent s: White, No. 919,656, dated April 27, 1909. Since according to the present embodiment a motor driven type of adding machine is provided the arrangement for motor drive of the machine is of the type shown in the U. S. patent to Vincent,- No. 1,054,628, dated February 25, 1913. 'I'he adding machine will only be described briefly since reference may be made to the foregoing patents for a fuller description.

The machine comprises a set of numeral keys |00 (Fig. l), an elimination key i0| corresponding to key 2HE of the Vincent and White patent, a. transfer totalkey |02, a subtotal key |03 and a total key |00. These latterkeys correspond to keys 205T, 20IS and 205 of the Vincent and White patent. There is also provided the motor bar` lll, corresponding to the motor bar shown in the Vincent patent. Y The adding machine comprises also the usual two accumulators generally designated |00 and |01 (see Fig. 2a). The adding machine vcomprises also the usual type sectors controlled from the item entering keyboard and from the accumulators Land which sectors are y generally designated |08 in Fig. 2a. Such sectors correspond to part 0|0' of the Vincent and White patent.

Referring now to Fig. 9 this figure shows a portion of the linkage intermediate the motor l bar |00 and the motor driven clutch. This mechanism is generally similar to the mechanism shown in Fig. l of the Vincent patent. Shaft |00 (Fig. 9) corresponds to shaft 200C of the Vincent and White patent and this shaft is adapted to be rocked to diilerential extents on different total taking operations. Shaft ||0 of Fig. 9 corresponds to the shaft l of the Vincent patent and such shaft lH0 in the present machine is utilized not only for driving the adding and listing machine but for also driving the photographic recording mechanism. For this purpose the shaft lil at its opposite end (see Fig. 2a) is provided with a gear which drives a gear ||2 fixed to a shaft ill which extends to the photographic recording station of the machine.

The connections from the addingand listing machine section to the photographic recording section comprise three trains of mechanism. One train of mechanisms extends from the various type sectors |00, another train comprises the shaft HI just referred to and another train comprises a link connection to the shaft |09 previously referred to. The train to the sectors |00y will be first described.

Referring to Figs. 1, 2 and 2a, each of the type sectors |00 has connected to it an upstanding arm or link lil, each of which at its upper end connects to a lever H9. YEach of these levers il! at its rear endsee Fig. 2) connects to a downwardly depending link IIB which in turn, through a bell crank member is adapted to displacea horizontally disposed link Ill. To aid in the displacement of these parts H4, H5, H9, and III, springs H9 are provided.

Each link I I0 has connected to ita displaceable or slidable member |20 (Fig. 7) each of which in turn supports a tubular member .|22 (see Fig. 12) which is divided into differently colored sections. In Fig. 12 four differently colored sections are indicated by the vreference characters l |2a, l22b, I22c and |22d. Members |20 and |22 are slidabl'y mounted on 'shaft 50 and the member I 22 is arranged so as to be rotated by means o f the said shaft. The degree of rotation of shaft 50 and consequently the member |22 determines the color of the data representation or spot which will appear on the mask |2| and on the colored photographic film record. The means for controlling the' selection of the coloredsections of the displaceable members will be described later herein. The individual members |22 are arranged to be slidabiy displaced beneath the mask |2| having the differently positioned perforations |22! formed therein. 'Ihe top surface of the mask is preferably white in color. In order to provide a complete white background during the photographic process, all the perforations |22a in the mask except the selected ones in each columnar position should be white to match the color of the mask.

use of the machine a document such as a check For this purpose, individual steel strips |a are provided and secured to each of the slidable members |20 so that the said strips, the top surface of which is white, areslidabiy displaced beneath the mask. A perforation or aperture |20b is provided in each of the strips so that the colored section of the tubular member |22 can be exposed and viewed from the top of the mask. The slidabiy arranged strips |20a are guided by meansof -grooved slots formed by the elements |20c as shown in Fig. 8 and particularly in Fig. 8a wherein the strip |20a and member |20 are removed.l Now, it is understood that upon positioning of the parts II'E, H8, |20, |22 and |20a that all 'the non-selected apertures in the mask are provided with a white background by means of the positionable strips |20a. By referring-to Fig. 6 it will be noted that by differentially displacing the tubular members |22 the differently colored spots |22b will present an appearance through the mask |2|, the same as they would if these colored spots were painted on the top of the mask at the different index point locations. In this manner any setting of the type sectors |08 of the adding machine will set up a corresponding .arrangement of spots through the perforated mask and set up representations of numerical ydata. The apertures of the mask preferably have a spacing corresponding to the index point positions of a tabulating card, see the patent to Lake No. 1,772,492. It will be understood that there is aA member A| 22 for each type' sector |08. A supplemental slide and tubular member |20T is also provided for indicating total and transfer total data. The supplemental slide is disposed beneath the extreme right hand |20 can be placed by hand in position abutting this angle plate and the data from this 'check can be photographically recorded. 'I'his photographic recording section is provided with a check receiving opening in the front of the housing and to the left of the left side of the adding machine (see Fig. 1) so that the checki can be placed in position by hand.

Referring again to Figs. 2 and 6, there is an opening |2| provided through the mask through which the numeral wheels |22 of a Veeder type counter can be viewedand photographed. This 4Veeder type counter is of the customary step by step variety and is preferably electromagnetically actuated by a rocking armature member |22 which is adapted to be rocked by the ener-` gization of an actuating electromagnet |24. In Fig. 2 reference character |25 shows ythe housing for the wheels of the counter.

If desired (see Fig. 6) other data such as the name of a bank, etc., may be printed on the top of the mask in any desired location, here shown in proximity to the counter opening |32, such data being indicated at |26. In certain cases it may be desirable to set up by hand representations of supplemental numerical data. For this purpose the mask |2| is provided with a supplemental zone beneath which there are disposed a number of hand set slides |208. These slides are similar in construction to the slides |20 previously referred to and they may be moved by hand through members ||0S to set up reprecolumns of openings through the mask and such and having fixed'--to.lts opposite' end a lever |25 to which a vertical extending link `|28 is connected. The link |20 at its upper end connects to an arm |21 which is fixed toithe shaft |00. The shaft |00 is differentially rocked in total taking operations and the train of linkage just described is adapted to differentlallyshift the total recording` slide |20T in the photographic recording section for setting `up representations of total designating data to be photographed. For the purpose of restoring the total linkage just described a supplemental restoring spring |20 can be provided (see Fig. 9).

Referring again to Fig. 6', the mask lll is provided with an angle plate |20 disposed adjacent the numerical data zone of the mask. In the sentations of fixed data which are to be photographically reproduced with the variable numerical data.

The mask is preferably provided with a black line |21 for providing a reference line indicating mark on the film upon photographing. Such llference line is shown in the film (Fig. l1) as The selecting means for determining the color values to be imparted to the data representations will now be described. Referring now to Figs. l, 2, 2a and 13 a plurality of settable levers 00a to 66d are shown, one for each of the color values desired to be recorded. In the instant illustration the data representations can be recorded in four different colors, green, blue, red and black,

for this reason four individual selecting levers are provided, each lever also being provided with four camming surfaces 00a to 60d. Each of th'e said levers can be manually positioned in.

one of four positions for selecting the colored section of the tubular member |22 it is desired to expose to the photographic device. In order to describe briefly the principle of the selection operations assume the lever d to be set for recording the data in the color red. Cooperating with the extension Il of the links a to d is a common bail 05 which is supported by an extension oi.' the member 200 loosely mounted on shaft 20|. Member 200 corresponds to the memlber 0| 2 in the Vincent patent referred hereinabove and the shaft 20| is identified@ in this patent by the reference character 000. Said member 200 is lowered each computing cycle so that the type sections Ill can be raised and stopped at the differential positions in accordance with the operation of" the control keys. Now, whento 64e.

ward movement of the link 64d. These links 64ato 64d at the end ofthe computing cycle are again restored to the normal condition indicated in the drawings by the said bail 65. The indiv idual rackV 58d upon Vmovement of link 64d is positioned a predetermined distance by means of links 60 and 6|, the latter being secured to the individual tubular shaft 62d which is rotatably mounted on shaft 62, link`13 which is also secured to the said tubular shaft and connected to the individual and corresponding link 64d. Thus it is seen that the said rack is displaced a predetermined distance depending upon the upward movement of link 64d. The remaining .racks 58a to 56e are positioned similarly as rack 58d vby similar connecting links between the corresponding racks 58a to 58e and links 64a Provision is made whereby the movements of the said racks can be transmitted to the individualshafts 50 by means of elongated gears fastened to the said shafts and individual idler gears 52. It is understood that an individual gear 52 is provided for each tubular member |22 and its associated shaft 56 and gear 5|. The purpose of this arrangement is to permit each tubular member |22 to be set to expose any desired colored section to the photographic zone. The amount of rotation imparted to shaft 50 determines which colored section is positioned beneath the apertures |22f in the mask. The amount of rotation of shaft 50 is determined by the displacement or movement of the racks 50a to 58d.

Now to continue with the example, assume that all the idler gears 52 are positioned so as to engage the rack 56d thereby transmitting the movement of ,the said rack to the individual shafts 50 so as to position the red sections of the tubular4 members |22 beneath the apertures |22f in the mask. Positioning of the said idler gears 52 is effected by means of the selecting levers a which can be positioned to one of four positions, each position corresponding to an individual rack, and the connecting link 10 and crank Vlever 55 pivotally mounted on shaft 59. Each crank lever 55 cooperates with 'a corresponding tubular shaft 52 to which a gear 52 is- Photographic recording device Referring further to Figs. 2a and 9, the shaft H0 makes one complete rotation upon each depression ofthe motor bar |05 and upon each motor driven actuation of the adding machine. This rotation of shaft ||l is utilized for eecting and controlling thevoperations of the camera element including film feeding and exposing.

Referring -to Fig. 2 the shaft ||2 at its end, through gearing |36, drives a vertical shaft |39, which vertical shaft in turn through gearing (see also Fig. l) drives (see Fig. 3) the notched element |4| o'f an electromagnetic one revolution clutch (see also Fig. 4) which 4is revolubly` mounted on a clutch shaft |42.

The complemental part of this one revolution clutch comprises a pawl carrier arm |43 icedly carried on the clutch shaftv |42. |42 has pivotally secured to it the usual Vpawl or dog. |45 which is adapted i ates with the other part of the Geneva designated 5|.. Gear 50 through an idler |52 .drives a gear |53. Gears and |53 are respectively fixed to sprocket shafts |54 and |55. Upon engagement of the electromagnetic one revolution clutch the sprocket shafts' |54 and |55 will be turned one-quarter of a revolution to advance the color film in the camera |56, (see Fig. 2). The sprocket shafts have the usual film feeding sprockets |51 and |50 driven thereby. The color fllm is advanced by the drive just mentioned from a supply roll |56 to a take-up roll |60. The take-up roll is preferably driven by a slipping belt drive connection |6|.

Shutter actuation l In Fig. 2 the part generally designated |62 is the shutter of the camera which may be of' any desired type. The usual lens is in association with the shutter. The, shutter operating 'shaft is designated |63. Referring now to Fig. 5 provision is made for rocking the 'shutter operating shaft |63 after the color film has been fed. For rocking this shutter shaft a cam member |64 is `.provided fixed tothe gear |46 (see. also Fig. 3)

and such cam |64 is adapted to rock a spring restored lever |65 and therethrough rock the shutter shaft |62 and exposure of the color film.

The camera |56 as shown in Fig. 2 is mounted a distance up above the mask and for illuminating the mask, lights |66 may be provided.

The operation of the machine will now be generally described.

It will be understood that data may be photographically recorded from an inserted document or the recording of data from the document may be dispensed with. Under the assumption that check'data is to be entered on the adding machine and the check recorded, the operation would be asi'ollows. The operator of the machine first sets up on the amount keys on the adding machine or keyboardrsection the desired data from the check. After the data has been read from the check and entered on the adding machine keyboard, the operator places the check in position in the photograph recording section against the abutment |62. Thereafter the operator depresses the motor bar |05 of the adding machine. The operating cycles of the adding machine ensue and during the early part of the rotation of the shaft |'|0, a section of the color film is fed forward in position for receiving an image. While the said film is being fed forward the sectors |06 of the adding machine move toward the printing line.' Such movement of any sector from its normal no print position to beyond the zero position dlsplaces av bail |61 (Fig. 2a) upwardly to cause a contact spring |66 to ride oil' an insulated block |69 and establish contact with a conducting segment strip |10. The relation of parts is such that contact between |66 and |10 is not established unless some particular sector of the group of sectors has moved to bring a significant figure to the printing line. This control is provided for suppressing lm feed Vand photographic recording operations when the adding machine is making an idle stroke. The movement of the sectors to printing position differentially displaces the members |22 to set up a'proper representation of the data which is to be photographically rei corded under control of the adding machine or keyboard entry device through the mask.

Concurrently with the positioning of 'the type sectors, links 64a to 64d are urged in an upward direction to be set or positioned in accordance with the lsetting of the levers 66a to 00d. Due to the positioning of the said links the corresponding racks 50a to 50d are displaced predetermined distances which movements are imparted to the tubular members |22 by means of the positioned idler gears 52 thereby effecting not only differential positioning of the tubular members |22 to indicatethe data entered into the accounting section of the device, .but also effecting a rotational displacement of the tubular members so that predetermined colored areas are presented to the photographic zone so that the data representations are photographed in color in accordance with a Ipredetermined selection.

Referring to Fig. 2a, a commutator |1| is also provided on shaft||0 having a single conducti through the camera clutch magnet |01 and the serial number magnet |34 just after any type sector has moved past the zero position and effected the completion of the circuit between |60 and |10. Accordingly, during the movement of the type sectors |08 to printing position for printing a. significant number entered into the adding machine from the keyboard, film feed will be initiated.' At the time the type hammers of theadding machine take their imprint from'the type sectors the shutter device is timed to be operated and to cause an exposure to be taken,

of the colored representations appearing on the mask and of the inserted check or other docul ment.

On total taking operations there is an idle operating cycle of the adding machine before total taking. On such idle stroke, film feed and exposure of the film will not occur since under this idle operation |68 will not establish contact with |10. However, on the subsequent actual total printing operations the contact will be established and there will thenv be recorded on the film a representation of the total together with the character of the total, the representation of the character of the total being obtained through the supplemental slide |T.

Referring to Fig. 11 this shows a fragmentary section of a color film producedby the photographic recording section. On this section of film, 200 are the feed sprocket apertures in the film.' The data represented at 20| represents a reproduction of a document. The data representations in zone 202 represent amounts set up w eated is a positive.

along'the nlm and that the reproductions are in extremely compact form. The films used may be negative films or nims which during development are reversed to positives. 'I'he :Dim delin- It is understood, that the data representations will be formed on the film in different colors in accordance with the selections made during the operation of the machine.

The mechanism described hereinabove without provision for recording the data in diierent color values isl described and claimed in copending application Serial No. 646,827, flied December 12,

1932, which now has matured into U. S. Patent may be made by those skilled in theart without departing from the spirit of the invention. It

isy the intention, therefore, to be limited only as indicated by the scope of the following claims.

What is claimed is: i

l. A photographic recording device for recording indicated data images in color upon a light sensitive medium capable of registering the said images in color comprising an objective, means to control the exposure of the said light sensitive medium through the objective to the indicated data. a plurality of positicnable data indicating y elements, data selecting means for controlling the positioning of the indicating elements in accordance with the selected data, rotatable color indicating means, one for each indicating element, and ca rried' by the latter, selectively operable means for controlling the positioning of the said rotatable color indicating means whereby the latter indicate the selected data in the desired colors, and means controlled by said data selecting .means for controlling the first men-v tioned means to effect exposure of the said light sensitive medium to the selected data images having the selected color values thereby causing the said images to be recorded, in color on the said medium.

2. A photographi recording device for recording indicated data images in color upon a light sensitive medium capable ofregistering the said images in color comprising an objective means to control the exposure of the said lightsensiselectively operable means for controlling the said color indicating means whereby the latter indicate the selected data in the desired colors, and means controlled by said data selecting means i'or controlling the nrst mentioned means to eifeet exposure oi the said iight sensitive medium to the selected data images having the selected color values thereby causing the said images to be recorded in color on the said medium. 1

3. 'A photographic recording device for record.

ing indicated data images in color upon a light y sensitive medium capable of registering the said images in color comprising an objective, nieansA to control the exposure oi' the said light sensitive medium through the objective to the indicated data, a plurality of positionable data indicating elements. data selecting means for controlling the positioning ot the indicating elements in accordance with the selected data, means cooperating with the data indicating elements for indi eating the selected data in the desired colors having selectively operable means for controlling the color indicating means, and means controlled by said data selecting means for controlling the nrst mentioned means to'edect exposure of the said light sensitive medium to the selected data images having the selected color values thereby causing the said images to be recorded ln'color on the said medium.

4. A photographic recording device for recording indicated data images in color upon a light sensitive medium capable of registering the said images in color comprising an objective, means to control the exposure of the said light sensitive medium through an objective to the indicated data. a plurality of. data indicating elements, data selecting means for controlling the conditioning of the indicating elements in accordance with the-selected esta, said indicating elements having means for indicating'the data in dlilerent colors, manipulative means for determining the colors in which the data images are to be recorded, means controlled by the manipulative means i'or controlling the said color indicating means to impart predetermined color values to the selected data indicating elements, and means for controlling the iirst mentioned means to effect exposure of the said light sensitive medium to the selected data images having the selected color values thereby causing the said images to be recorded in color on the said medium.

5. A photographic recording device for recording indicated data images upon a light sensitive medium capable ot registering the said images in color comprising an objective, means to control the exposure of the .said light sensitive medium through the objective to the indicated data, a plurality oi data indicating elements, data. selecting means for controlling the conditioning o! the indicating elements in ,accordance with the selected data, selectively operable means cooperating with the data indicating elements havingV means for imparting predetermined color values 'to the selected indicating elements, and means i'or controlling the rst mentioned means to effect exposure of the said light sensitive medium to the selected data images having the selected color values thereby causing the said images to be recorded in color on the said medium.

JAMES W. BRYCE. 

